【90922016】兼具一维无限原子链和功能性结构区的钒氧化合物导电体系的结构设计及其在水溶液锂离子电池应用国家自然基金项目

兼具一维无限原子链和功能性结构区的钒氧化合物导电体系的结构设计及其在水溶液锂离子电池应用

项目批准号： 90922016

批准年份： 2009

学科分类： B0502.无机功能材料化学

项目负责人：谢毅

资助类别：重大研究计划

负责人职称：教授

依托单位：中国科学技术大学

资助金额： 50万元

关键词：导体;基元组装;理论模拟计算;钒氧化合物;水溶液锂离子电池

起止时间： 2010-01-01到2012-12-31

中英文摘要
结题摘要
结题报告
项目成果
项目参与人

查看更多信息请先登录或注册

序号	标题	类型	作者
1	Half-Metallic Ferromagnetism in Synthetic Co9Se8 Nanosheets with Atomic Thickness	期刊论文	Zhang, Xiaodong\|Zhang, Xiaodong\|Zhang, Jiajia\|Zhang, Jiajia\|Zhao, Jinyang\|Zhao, Jinyang\|Pan, Bicai\|Pan, Bicai\|Kong, Mingguang\|Kong, Mingguang\|Chen, Jing\|Chen, Jing\|Xie, Yi\|Xie, Yi\|
2	Fabrication of flexible and freestanding zinc chalcogenide single layers	期刊论文	Sun, Yongfu\|Sun, Yongfu\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|Sun, Zhihu\|Sun, Zhihu\|Gao, Shan\|Gao, Shan\|Cheng, Hao\|Cheng, Hao\|Liu, Qinghua\|Liu, Qinghua\|Piao, Junyu\|Piao, Junyu\|Yao, Tao\|Yao, Tao\|Wu, Changzheng\|Wu, Changzheng\|Hu, Shuanglin\|Hu, Shuangl
3	Large-area graphene realizing ultrasensitive photothermal actuator with high transparency: new prototype robotic motions under infrared-light stimuli	期刊论文	Wu, Changzheng\|Wu, Changzheng\|Feng, Jun\|Feng, Jun\|Peng, Lele\|Peng, Lele\|Ni, Yong\|Ni, Yong\|Liang, Haiyi\|Liang, Haiyi\|He, Linhui\|He, Linhui\|Xie, Yi\|Xie, Yi\|
4	Electrospun Hierarchical LiV3O8 Nanofibers Assembled from Nanosheets with Exposed {100} Facets and their Enhanced Performance in Aqueous Lithium-Ion Batteries	期刊论文	Liang, Lin\|Zhou, Min\|Xie, Yi\|
5	Sodium vanadium oxide Na2V6O16 center dot 3H(2)O nanobelts and nanorings: A new room-temperature ferromagnetic semiconductor	期刊论文	Xue, Yan\|Xue, Yan\|Zhang, Xiaodong\|Zhang, Xiaodong\|Zhang, Jiajia\|Zhang, Jiajia\|Wu, Jian\|Wu, Jian\|Sun, Yongfu\|Sun, Yongfu\|Tian, Yangchao\|Tian, Yangchao\|Xie, Yi\|Xie, Yi\|
6	Reducing hydrated protons co-intercalation to enhance cycling stability of CuV2O5 nanobelts: a new anode material for aqueous lithium ion batteries	期刊论文	Bai, Liangfei\|Zhu, Jinbao\|Zhang, Xiaodong\|Xie, Yi\|
7	Solid-Solutioned Homojunction Nanoplates with Disordered Lattice: A Promising Approach toward "Phonon Glass Electron Crystal" Thermoelectric Materials	期刊论文	Xiao, Chong\|Xiao, Chong\|Xu, Jie\|Xu, Jie\|Cao, Boxiao\|Cao, Boxiao\|Li, Kun\|Li, Kun\|Kong, Mingguang\|Kong, Mingguang\|Xie, Yi\|Xie, Yi\|
8	New phase hollandite-type VOOH quadrangular nanorods: a new smart electrical switch material	期刊论文	Wu, Changzheng\|Wei, He\|Ning, Bo\|Yang, Jinlong\|Xie, Yi\|
9	Room-Temperature Intercalation-Deintercalation Strategy towards VO2(B) Single Layers with Atomic Thickness	期刊论文	Liang Liu\|Liang Liu\|Tao Yao\|Tao Yao\|Xiaogang Tan\|Xiaogang Tan\|Qinghua Liu\|Qinghua Liu\|Zhiqiang Wang\|Zhiqiang Wang\|Dacheng Shen\|Dacheng Shen\|Zhihu Sun\|Zhihu Sun\|Shiqiang Wei\|Shiqiang Wei\|Yi Xie\|Yi Xie\|
10	Ultrafast Solid-State Transformation Pathway from New-Phased Goethite VOOH to Paramontroseite VO(2) to Rutile VO(2)(R)	期刊论文	Wu, Changzheng\|Wu, Changzheng\|Feng, Feng\|Feng, Feng\|Feng, Jun\|Feng, Jun\|Dai, Jun\|Dai, Jun\|Yang, Jinlong\|Yang, Jinlong\|Xie, Yi\|Xie, Yi\|
11	Atomically-thick Bismuth Selenide Freestanding Single-layers Achieving Enhanced Thermoelectric Energy Harvesting	期刊论文	Yongfu Sun\|Yongfu Sun\|Hao Cheng\|Hao Cheng\|Shan Gao\|Shan Gao\|Qinghua Liu\|Qinghua Liu\|Zhihu Sun\|Zhihu Sun\|Chong Xiao\|Chong Xiao\|Changzheng Wu\|Changzheng Wu\|Shiqiang Wei\|Shiqiang Wei\|Yi Xie\|Yi Xie\|
12	Superionic Phase Transition in Silver Chalcogenide Nanocrystals Realizing Optimized Thermoelectric Performance	期刊论文	Xiao, Chong\|Xiao, Chong\|Xu, Jie\|Xu, Jie\|Li, Kun\|Li, Kun\|Peng, Jun\|Peng, Jun\|Yang, Jinlong\|Yang, Jinlong\|Xie, Yi\|Xie, Yi\|
13	Hydrogen-Incorporation Stabilization of Metallic VO(2)(R) Phase to Room Temperature, Displaying Promising Low-Temperature Thermoelectric Effect	期刊论文	Wu, Changzheng\|Wu, Changzheng\|Xie, Yi\|Xie, Yi\|Feng, Feng\|Feng, Feng\|Feng, Jun\|Feng, Jun\|Dai, Jun\|Dai, Jun\|Peng, Lele\|Peng, Lele\|Zhao, Jiyin\|Zhao, Jiyin\|Yang, Jinlong\|Yang, Jinlong\|Si, Cheng\|Si, Cheng\|Wu, Ziyu\|Wu, Ziyu\|
14	New aspects of size-dependent metal-insulator transition in synthetic single-domain monoclinic vanadium dioxide nanocrystals	期刊论文	Sun, Yongfu\|Sun, Yongfu\|Jiang, Shishi\|Jiang, Shishi\|Bi, Wentuan\|Bi, Wentuan\|Long, Ran\|Long, Ran\|Tan, Xiaogang\|Tan, Xiaogang\|Wu, Changzheng\|Wu, Changzheng\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|
15	Ambient rutile VO2(R) hollow hierarchitectures with rich grain boundaries from new-state nsutite-type VO2, displaying enhanced hydrogen adsorption behavior	期刊论文	Xie, Junfeng\|Xie, Junfeng\|Wu, Changzheng\|Wu, Changzheng\|Hu, Shuanglin\|Hu, Shuanglin\|Dai, Jun\|Dai, Jun\|Zhang, Ning\|Zhang, Ning\|Feng, Jun\|Feng, Jun\|Yang, Jinlong\|Yang, Jinlong\|Xie, Yi\|Xie, Yi\|
16	Metallic Few-Layered VS2 Ultrathin Nanosheets: High Two-Dimensional Conductivity for In-Plane Supercapacitors	期刊论文	Feng, Jun\|Feng, Jun\|Sun, Xu\|Sun, Xu\|Wu, Changzheng\|Wu, Changzheng\|Peng, Lele\|Peng, Lele\|Lin, Chenwen\|Lin, Chenwen\|Hu, Shuanglin\|Hu, Shuanglin\|Yang, Jinlong\|Yang, Jinlong\|Xie, Yi\|Xie, Yi\|
17	From VO(2) (B) to VO(2) (A) nanobelts: first hydrothermal transformation, spectroscopic study and first principles calculation	期刊论文	Zhang, Shudong\|Zhang, Shudong\|Shang, Bo\|Shang, Bo\|Yang, Jinlong\|Yang, Jinlong\|Yan, Wensheng\|Yan, Wensheng\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|
18	Giant Moisture Responsiveness of VS2 Ultrathin Nanosheets for Novel Touchless Positioning Interface	期刊论文	Feng, Jun\|Feng, Jun\|Peng, Lele\|Peng, Lele\|Wu, Changzheng\|Wu, Changzheng\|Sun, Xu\|Sun, Xu\|Hu, Shuanglin\|Hu, Shuanglin\|Lin, Chenwen\|Lin, Chenwen\|Dai, Jun\|Dai, Jun\|Yang, Jinlong\|Yang, Jinlong\|Xie, Yi\|Xie, Yi\|
19	Direct Confined-Space Combustion Forming Monoclinic Vanadium Dioxides	期刊论文	Wu, Changzheng\|Dai, Jun\|Zhang, Xiaodong\|Yang, Jinlong\|Qi, Fei\|Gao, Chen\|Xie, Yi\|
20	New-phase VO2 micro/nanostructures: investigation of phase transformation and magnetic property	期刊论文	Liu, Liang\|Liu, Liang\|Xie, Yi\|Xie, Yi\|Cao, Feng\|Cao, Feng\|Yao, Tao\|Yao, Tao\|Xu, Yang\|Xu, Yang\|Zhou, Min\|Zhou, Min\|Qu, Bingyan\|Qu, Bingyan\|Pan, Bicai\|Pan, Bicai\|Wu, Changzheng\|Wu, Changzheng\|Wei, Shiqiang\|Wei, Shiqiang\|
21	Room-Temperature Ferromagnetic Silver Vanadium Oxide (Ag(1.2)V(3)O(8)): A Magnetic Semiconductor Nanoring Structure	期刊论文	Wu, Changzheng\|Wu, Changzheng\|Zhu, Haiou\|Zhu, Haiou\|Dai, Jun\|Dai, Jun\|Yan, Wensheng\|Yan, Wensheng\|Yang, Jinlong\|Yang, Jinlong\|Tian, Yangchao\|Tian, Yangchao\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|
22	Highly ordered lamellar V(2)O(3)-based hybrid nanorods towards superior aqueous lithium-ion battery performance	期刊论文	Sun, Yongfu\|Sun, Yongfu\|Jiang, Shishi\|Jiang, Shishi\|Bi, Wentuan\|Bi, Wentuan\|Wu, Changzheng\|Wu, Changzheng\|Xie, Yi\|Xie, Yi\|
23	Probing Nucleation Pathways for Morphological Manipulation of Platinum Nanocrystals	期刊论文	Yao, Tao\|Wu, Ziyu\|Pan, Zhiyun\|Yan, Wensheng\|Wei, Shiqiang\|Liu, Shoujie\|Sun, Zhihu\|Li, Yuanyuan\|He, Shi\|Cheng, Hao\|Xie, Yi\|Liu, Qinghua\|Jiang, Yong\|
24	Promising vanadium oxide and hydroxide nanostructures: from energy storage to energy saving	会议论文	Wu, Changzheng\|Wu, Changzheng\|Xie, Yi\|Xie, Yi\|
25	First investigation on charge-discharge reaction mechanism of aqueous lithium ion batteries: a new anode material of Ag2V4O11 nanobelts	期刊论文	Xu, Yang\|Xu, Yang\|Han, Xiaosan\|Han, Xiaosan\|Zheng, Lei\|Zheng, Lei\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|
26	Direct hydrothermal synthesis of monoclinic VO(2)(M) single-domain nanorods on large scale displaying magnetocaloric effect	期刊论文	Wu, Changzheng\|Wu, Changzheng\|Zhang, Xiaodong\|Zhang, Xiaodong\|Dai, Jun\|Dai, Jun\|Yang, Jinlong\|Yang, Jinlong\|Wu, Ziyu\|Wu, Ziyu\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|
27	Pillar effect on cyclability enhancement for aqueous lithium ion batteries: a new material of beta-vanadium bronze M(0.33)V(2)O(5) (M = Ag, Na) nanowires	期刊论文	Xu, Yang\|Xu, Yang\|Han, Xiaosan\|Han, Xiaosan\|Zheng, Lei\|Zheng, Lei\|Yan, Wensheng\|Yan, Wensheng\|Xie, Yi\|Xie, Yi\|
28	Quantum Tunneling of Magnetization in Ultrasmall Half-Metallic V3O4 Quantum Dots: Displaying Quantum Superparamagnetic State	期刊论文	Xiao, Chong\|Xiao, Chong\|Zhang, Jiajia\|Zhang, Jiajia\|Xu, Jie\|Xu, Jie\|Tong, Wei\|Tong, Wei\|Cao, Boxiao\|Cao, Boxiao\|Li, Kun\|Li, Kun\|Pan, Bicai\|Pan, Bicai\|Su, Haibin\|Su, Haibin\|Xie, Yi\|Xie, Yi\|
29	High Thermoelectric and Reversible p-n-p Conduction Type Switching Integrated in Dimetal Chalcogenide	期刊论文	Xiao, Chong\|Xiao, Chong\|Xie, Yi\|Xie, Yi\|Qin, Xinming\|Qin, Xinming\|Zhang, Jie\|Zhang, Jie\|An, Ran\|An, Ran\|Xu, Jie\|Xu, Jie\|Li, Kun\|Li, Kun\|Cao, Boxiao\|Cao, Boxiao\|Yang, Jinlong\|Yang, Jinlong\|Ye, Bangjiao\|Ye, Bangjiao\|
30	New Vanadium Oxide Nanostructures: Controlled Synthesis and Their Smart Electrical Switching Properties	期刊论文	Wu, Changzheng\|Wei, He\|Ning, Bo\|Xie, Yi\|
31	From synthetic montroseite VOOH to topochemical paramontroseite VO2 and their applications in aqueous lithium ion batteries	期刊论文	Xu, Yang\|Zheng, Lei\|Xie, Yi\|
32	New-Phased Metastable V(2)O(3) Porous Urchinlike Micronanostructures: Facile Synthesis and Application in Aqueous Lithium Ion Batteries	期刊论文	Xu, Yang\|Xu, Yang\|Zheng, Lei\|Zheng, Lei\|Wu, Changzheng\|Wu, Changzheng\|Qi, Fei\|Qi, Fei\|Xie, Yi\|Xie, Yi\|
33	Freestanding Tin Disulfide Single-Layers Realizing Efficient Visible-Light Water Splitting	期刊论文	Sun, Yongfu\|Sun, Yongfu\|Wei, Shiqiang\|Wei, Shiqiang\|Xie, Yi\|Xie, Yi\|Cheng, Hao\|Cheng, Hao\|Gao, Shan\|Gao, Shan\|Sun, Zhihu\|Sun, Zhihu\|Liu, Qinghua\|Liu, Qinghua\|Liu, Qin\|Liu, Qin\|Lei, Fengcai\|Lei, Fengcai\|Yao, Tao\|Yao, Tao\|He, Jingfu\|He, Jingfu\|
34	Highly depressed temperature-induced metal-insulator transition in synthetic monodisperse 10-nm V(2)O(3) pseudocubes enclosed by {012} facets	期刊论文	Sun, Yongfu\|Sun, Yongfu\|Qu, Bingyan\|Qu, Bingyan\|Jiang, Shishi\|Jiang, Shishi\|Wu, Changzheng\|Wu, Changzheng\|Pan, Bicai\|Pan, Bicai\|Xie, Yi\|Xie, Yi\|
35	Synthetic nolanite Fe(2.5)V(1.5)V(5.6)O(16) nanocrystals: a new room-temperature magnetic semiconductor with semiconductor-insulator transition	期刊论文	Zhang, Xiaodong\|Zhang, Xiaodong\|Yan, Wensheng\|Yan, Wensheng\|Xie, Yi\|Xie, Yi\|

查看更多信息请先登录或注册

再问科研

相关项目

趋势报告

经验分享